Let E-r and E-b be two sets of x -monotone and non-intersecting curve segments, E = E-r boolean OR E-b and \E\ = n. We give a new sweep-line algorithm that reports the k intersecting pairs of segments of E. Our algorithm uses only three simple predicates that allow to decide if two segments intersect, if a point is left or right to another point, and if a point is above, below or on a segment. These three predicates seem to be the simplest predicates that lead to subquadratic algorithms. Our algorithm is almost optimal in this restricted model of computation. Its time complexity is O(n log n + k log log n) and it requires O(n) space.clos
We consider segment intersection searching amidst (possibly intersecting) algebraic arcs in the plan...
This paper presents a marching method for computing intersection curves between two solids represent...
Abstract: This paper deals with a new algorithm for finding intersecting pairs from given...
AbstractLet Er and Eb be two sets of x-monotone and non-intersecting curve segments, E=Er∪Eb and |E|...
AbstractWe investigate how to report all k intersecting pairs among a collection of n x-monotone cur...
We investigate how to report all k intersecting pairs among a collection of n x-monotone curve segm...
We present a new simple algorithm for computing all intersections between two collections of disjoin...
In this thesis we describe a new algorithm, SPAGHETTISWEEP, for solving the red-blue line segment i...
Let $A$ and $B$ be two sets of ``well-behaved'' (i.e., continuous and x-monotone) curve segments in ...
AbstractWe consider whether restricted sets of geometric predicates support efficient algorithms to ...
We consider whether restricted sets of geometric predicates support efficient algorithms to solve li...
This paper deals with a new deterministic algorithm for finding intersecting pairs from a given set ...
AbstractThis paper partly settles the following question: Is it possible to compute all k intersecti...
Abstract. We present a new line sweep algorithm, HeapSweep, for reporting bichromatic (`purple'...
In this paper, we introduce a natural variation of the problem of computing all bichromatic intersec...
We consider segment intersection searching amidst (possibly intersecting) algebraic arcs in the plan...
This paper presents a marching method for computing intersection curves between two solids represent...
Abstract: This paper deals with a new algorithm for finding intersecting pairs from given...
AbstractLet Er and Eb be two sets of x-monotone and non-intersecting curve segments, E=Er∪Eb and |E|...
AbstractWe investigate how to report all k intersecting pairs among a collection of n x-monotone cur...
We investigate how to report all k intersecting pairs among a collection of n x-monotone curve segm...
We present a new simple algorithm for computing all intersections between two collections of disjoin...
In this thesis we describe a new algorithm, SPAGHETTISWEEP, for solving the red-blue line segment i...
Let $A$ and $B$ be two sets of ``well-behaved'' (i.e., continuous and x-monotone) curve segments in ...
AbstractWe consider whether restricted sets of geometric predicates support efficient algorithms to ...
We consider whether restricted sets of geometric predicates support efficient algorithms to solve li...
This paper deals with a new deterministic algorithm for finding intersecting pairs from a given set ...
AbstractThis paper partly settles the following question: Is it possible to compute all k intersecti...
Abstract. We present a new line sweep algorithm, HeapSweep, for reporting bichromatic (`purple'...
In this paper, we introduce a natural variation of the problem of computing all bichromatic intersec...
We consider segment intersection searching amidst (possibly intersecting) algebraic arcs in the plan...
This paper presents a marching method for computing intersection curves between two solids represent...
Abstract: This paper deals with a new algorithm for finding intersecting pairs from given...